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Анотація
The paper formulated optimization problem formulation production of carbon products. The analysis of technical and economic parameters that can be used to optimize the production of carbonaceous products had been done by the author. To evaluate the efficiency of the energy-intensive production uses several technical and economic indicators. In particular, the specific cost, productivity, income and profitability of production. Based on a detailed analysis had been formulated optimality criterion that takes into account the technological components of profitability. The components in detail the criteria and the proposed method of calculating non-trivial, one of them - the production cost of each product. When solving the optimization problem of technological modes of production into account constraints on the variables are optimized. Thus, restrictions may be expressed on the number of each product produced. Have been formulated the method of calculating the cost per unit of product. Attention is paid to the quality indices of finished products as an additional constraint in the optimization problem. As a result have been formulated the general problem of optimizing the production of carbon products, which includes the optimality criterion and restrictions.
Ключові слова:
Carbon products, optimization problem, optimization criterion, cost, energy consumption, product quality
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Як цитувати
Slobodyan, I., Lozhechny`kovV., & Stopakevy`chA. (2017). IMPROVEMENT OF MANAGEMENT OF STEAM GENERATORS IN NUCLEAR AND THERMAL POWER PLANTS. Automation of Technological and Business Processes, 8(4). https://doi.org/10.15673/atbp.v8i4.582
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Розділ
ПИТАННЯ ТЕОРІЇ, МЕТОДИ ТА АЛГОРИТМИ ЕФЕКТИВНОГО АВТОМАТИЧНОГО УПРАВЛІННЯ ОБ’ЄКТАМИ ХІМІКО-ТЕХНОЛОГІЧНОГО ТИПУ
Посилання
References
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[1] A.S. Klyuev, A.G. Tovarnov, Naladka sistem avtomaticheskogo regulirovaniya kotloagregatov.M: Energiya, 1970.
(Rus.);
[2] E.P. Serov, B.P. Korolkov, Dinamika parogeneratorov. M: Energiya, 1972. (Rus.);
[3] E.Z. Gurevich, L. I. Radyuk, Sostoyanie, perspektivy razvitiya i texniko-ekonomicheskaya ocenka avtomatizacii pitaniya
barabannyx parogeneratorov. Minsk: BelNIINTI, 1974. (Rus.)
[4] MU 34-70-135-85. Metodicheskie ukazaniya po naladke regulyatorov pitaniya barabannyx parovyx kotlov.–M.:SPO
PO «Soyuztexenergo», 1987. (Rus.)
[5] A. M. Proxorenkov, N. M. Kachala, “Parametricheskij sintez regulyatorov teploe'nergeticheskix ob"ektov s
ispol'zovaniem informacionnogo podxoda” Vestnik Murmanskogo gosudarstvennogo texnicheskogo universiteta, vol.
14, no. 4, pp. 704-711, month 2011 (Rus.)
[6] G.T. Kulakov, “Matematicheskoe modelirovanie perexodnyx processov treximpul'snoj sistemy avtomaticheskogo
regulirovaniya pitaniya vodoj parogeneratora na sbros nagruzki” Energetika, no.1, pp. 57-64, month 2014. (Rus.)
[7] Y.J. Lee, “Optimal design of nuclear steam generator digital water level control system” Journal of Korea nuclear
society, vol. 26, no 1, pp. 32-40, month. (статья не найдена)
[8] V.A. Demchenko, “O svyazi tochnosti regulirovaniya urovnya vody v PG AES s vlazhnost'yu generiruemogo para” in
Materіali mіzhnarodnoї konferencії z upravlіnnya, Avtomatika 2001, V.A. Demchenko, K.V. Beglov, L.D. Lyanko, pp.
192-193. (Rus.)
[9] V.A. Demchenko, Avtomatizaciya i modelirovanie texnologicheskix processov TES i AE'S/V.A. Odesa: Astroprint, 2001.
(Rus.)